Abrasive Waterjet Cutting-Request Your Free Quote
We combine our team of highly trained experts and our state of the art equipment to help engineering and manufacturing companies to fulfil their precision cutting requirements through the use of our advanced abrasive waterjet cutting services.
How Does It Work?
Abrasive waterjet cutting is the process of using water combined with abrasive particles such as garnet and small metal particles to precisely cut through hard materials whilst not emitting a high amount of thermal energy which could damage the surface and the visual appeal of the material.
Industries We Frequently Work With
Aerospace, Defence & Automotive
Abrasive waterjet cutting is a popular cutting method in the aerospace, defence and automotive industries as the process cuts through materials at low temperatures which is beneficial for both industries as many materials that are used are extremely heat sensitive such as titanium alloys. The cutting method can also cut with high precision levels which keeps in compliance with low tolerances.
Material Suppliers
Abrasive waterjet cutting highly benefits glass specialists and stone masons by enabling precise, intricate cuts without causing heat damage, cracks, or chips. It works efficiently on thick and irregular materials, ensuring high-quality results for custom designs while minimising material waste while saving on time and costs.
Engineering & Manufacturing
We frequently help engineering and manufacturing companies with their specialist material cutting requirements as not all companies have the skill or equipment to carry out the intricate and thermo-sensitive cutting operations.
Art Sculptors And Designers
We frequently help art sculptors and designers with their cutting requirements as some materials that are used within the industry are heat-sensitive and have to be cut with high levels of precision. Materials that we frequently cut for sculptors and designers are wood, sensitive metals, stone, granite and glass.
Long Term Benefits Of Abrasive Waterjet Cutting
- Reduced Material Waste
- Extended Material Lifespan
- Environmentally Sustainable
- Less Required Reairs And Maintenance For Your Materials
- Higher Performance And Efficiency For Your Components And End Products
Abrasive Waterjet Cutting Vs Regular Waterjet Cutting
Despite both methods using high-pressure water to cut through materials while ensuring high levels of accuracy and precision, they differ significantly in their techniques, applications, and effectiveness for different materials.
Requirements For Different Materials
Abrasive waterjet cutting normally contains garnet, aluminium oxide or silicon carbide in the water stream and is therefore usually applied to cut materials that are extremely dense with a hard surface like granite or stone. This also increases the accuracy and precision with which the material is cut while ensuring the material still has a smooth surface.
In contrast, regular waterjet cutting can’t cut through materials which are extremely hard and dense so it is therefore normally applied to cut softer materials such as softer metals, rubber, foam and plastic. It offers a smooth clean cut which can also be affordable on a mass scale. Since no abrasives are used, the cutting surface also remains free of any residual particles, making it perfect for industries that require pristine, uncontaminated cuts.
Cutting Speed
Pure waterjet cutting is faster for soft materials, making it more efficient and cost-effective for industries like packaging. Abrasive waterjet cutting takes more time due to the fact that the time it takes to cut through more dense materials is usually much longer.
Waste And Environmental Output
Both abrasive and pure waterjet cutting are considered eco-friendly processes compared to thermal cutting methods such as laser or plasma cutting. Since waterjet cutting does not generate heat it can avoid the creation of hazardous fumes, smoke, or thermal distortion.
 Abrasive waterjet cutting generates more waste due to using metallic abrasive particles. While some abrasives like garnet are recyclable, others may create additional disposal costs.
Pricing
The pricing of both services will normally be bespoke to each project however on average abrasive waterjet cutting is more expensive due to the increase in costs for the time it takes to cut the materials, increase in expense for the abrasive water, transportation of bigger and heavier goods and increase in wear on the equipment.Â
Tailored To Suit Your Needs
Our team tailor their abrasive waterjet cutting techniques and equipment to suit your needs which include adapting towards your tolerance levels, materials properties, edge quality requirements and your measurements which leads to your materials and components being crafted in a way which fully suits your needs.
Advantages Of Working With Our Experts
Reliable Service
Our operating procedures ensure that your materials are consistently cut to fully suit your needs which ensures that your products are always ready to be used for the next stage in their journey.
Fast Turnaround
We aim to always deliver your precisely cut materials back to you soon after first receiving them to ensure that your engineering and manufacturing operations run as smoothly as possible.
Competitive On Costs
Industrial powder coating resists fading, chipping and peeling which supports maintaining the aesthetic appearance of your materials even after years of exposure to sunlight, harsh weather and constant use.
Request Your Free Quote
We pride ourselves on our bespoke one to one service which allows our specialists to fully understand your requirements in depth before tailoring your coating service to be a fast turnaround which fully suits your needs. Request Your Free Quote to understand how we can help you for the most competitive price!
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Ready to explore the possibilities of waterjet cutting?
We've compiled answers to some common questions to help you get started.
How accurate is waterjet cutting?
Our waterjet cutting machines deliver exceptional accuracy, achieving tolerances of just 0.1mm. This precision sets us apart and allows us to deliver results that meet even the most demanding specifications
How thick can you cut?
Our high-powered machines, operating at 60,000psi, can cut through virtually any material up to 200mm thick.
Can you cut angled components?
Absolutely! Our machine features a tilting cutting head, allowing us to create complex 3D parts with angles up to 60 degrees.
Do you work with small operations?
We understand the challenges faced by smaller businesses, and we’re committed to providing exceptional service to companies of all sizes. We’ve worked with both small startups and multi-national corporations alike.
What is your turnaround time?
Once your drawings are finalised and ready for cutting, our typical turnaround time is 3-4 days. We also offer overnight shipping for urgent projects.
